The ClimWood2030 study, commissioned by DG CLIMA of the European Commission, quantifies the five ways in which the EU forest sector contributes to climate change mitigation: carbon sequestration and storage in EU forests, carbon storage in harvested wood products in the EU, substitution of wood products for functionally equivalent materials and substitution of wood for other sources of energy, and displacement of emissions from forests outside the EU. It also explores through scenario analysis, based on a series of interlocking models (GLOBIOM, G4M and WoodCarbonMonitor), along with detailed analysis of Forest Based Functional Units, based on life cycle assessment (LCA), the consequences for GHG balances of policy choices at present under c...
Wood is an energy efficient, low carbon construction material that if carefully managed can contribu...
Using wood as a building material affects the carbon balance through several mechanisms. This paper ...
The role of increased timber harvests in reaching climate mitigation targets for European countries ...
[EN] The expected increased share of renewables due to the ongoing energy transition may reduce the ...
This study adds to the scientific literature dealing with the climate change mitigation implications...
Forest-based products––often referred to as harvested-wood products (HWPs)––can influence the climat...
Climate change is one of the biggest threats for our earth. Mitigation of climate change is thus an ...
Forests and forest industries can contribute to climate change mitigation by sequestering carbon fro...
Cascading use of biomass is a recognized strategy contributing to an efficient development of the bi...
A smart use of harvested wood can contribute to mitigate climate change in two ways: increasing carb...
Forestry play an important role in the bioeconomy, and will continues to do so in the future, by pro...
A smart use of harvested wood can contribute to mitigate climate change in two ways: increasing carb...
Wood use is expanding to new markets, driven by the need to substitute fossil-intensive products and...
We analyse the short- and long-term consequences for atmospheric greenhouse gas (GHG) concentrations...
Wood is an energy efficient, low carbon construction material that if carefully managed can contribu...
Using wood as a building material affects the carbon balance through several mechanisms. This paper ...
The role of increased timber harvests in reaching climate mitigation targets for European countries ...
[EN] The expected increased share of renewables due to the ongoing energy transition may reduce the ...
This study adds to the scientific literature dealing with the climate change mitigation implications...
Forest-based products––often referred to as harvested-wood products (HWPs)––can influence the climat...
Climate change is one of the biggest threats for our earth. Mitigation of climate change is thus an ...
Forests and forest industries can contribute to climate change mitigation by sequestering carbon fro...
Cascading use of biomass is a recognized strategy contributing to an efficient development of the bi...
A smart use of harvested wood can contribute to mitigate climate change in two ways: increasing carb...
Forestry play an important role in the bioeconomy, and will continues to do so in the future, by pro...
A smart use of harvested wood can contribute to mitigate climate change in two ways: increasing carb...
Wood use is expanding to new markets, driven by the need to substitute fossil-intensive products and...
We analyse the short- and long-term consequences for atmospheric greenhouse gas (GHG) concentrations...
Wood is an energy efficient, low carbon construction material that if carefully managed can contribu...
Using wood as a building material affects the carbon balance through several mechanisms. This paper ...
The role of increased timber harvests in reaching climate mitigation targets for European countries ...